public IEnumerable <MonoBehaviour> SetReferencedData(PrimitiveData primitiveData, Table table, IMaterialProvider materialProvider, ITextureProvider textureProvider)
{
var mf = GetComponent <MeshFilter>();
var playfieldMeshComponent = GetComponent <PlayfieldMeshComponent>();
if (!mf || !playfieldMeshComponent)
{
return(Array.Empty <MonoBehaviour>());
}
var updatedComponents = new List <MonoBehaviour> {
this
};
var mg = new PrimitiveMeshGenerator(primitiveData);
var mesh = mg
.GetTransformedMesh(table?.TableHeight ?? 0f, primitiveData.Mesh, Origin.Original, false)
.Transform(mg.TransformationMatrix(PlayfieldHeight)); // apply transformation to mesh, because this is the playfield
var material = new PbrMaterial(
table.GetMaterial(_playfieldMaterial),
table.GetTexture(_playfieldImage)
);
MeshComponent <PrimitiveData, PrimitiveComponent> .CreateMesh(gameObject, mesh, material, "playfield_mesh", textureProvider, materialProvider);
playfieldMeshComponent.AutoGenerate = false;
updatedComponents.Add(playfieldMeshComponent);
return(updatedComponents);
}
private static void AddCylinder(Entity entity, GraphicsDevice device, Material material, MaterialTexture materialTexture)
{
entity.Set(new Transform());
entity.Set(material);
entity.Set(materialTexture);
var cylinder = PrimitiveMeshGenerator.GenerateCapsule(1, 0.3f);
var mesh = new RenderableMeshGeometry()
{
Vertices = new ResizableBuffer <VertexPositionTextureNormal>(device, VertexPositionTextureNormal.SizeInBytes, BufferUsage.VertexBuffer,
cylinder
.Select(v => new VertexPositionTextureNormal(v.Vertex, new Vector2(20, 20), v.Normal))
.ToArray()),
Indices = new ResizableBuffer <ushort>(device, sizeof(ushort), BufferUsage.IndexBuffer,
cylinder.Select((v, i) => (ushort)i).ToArray()),
TransparentIndices = new ResizableBuffer <ushort>(device, sizeof(ushort), BufferUsage.IndexBuffer),
BoundingRadius = 0
};
entity.Set(mesh);
}
